Wing Span4.5 m - Length2.8 m - Enduranceup to 10 hours - Payloadup to 20 kg- Max Take Off Weight80 kg - Max AirspeedStall 70 km/h - Cruise 90-100km/h - Max Dash 160km/h - Max Altitude10,500 ft ASL - Max Data Range100km Line of Sight - Max Video Range60km Line of Sight - Propeller610cm - Three blade carbon fibre construction - AutonomyFully autonomous
JIYI is a multi-national team which focus on integrating Unmanned Aerial System with various industrious applications. With our collective expertise in technology, product, manufacture and marketing, the most advanced technology in the world and high quality of product and excellent service could be realized with competitive and affordable price, under the well-developed infrastructure and industrial circle and huge market place here.
We specialized in commercial drone or Unmanned Aerial System. Currently we have two lines in multi-rotors and helicopters, with industrious grade and entertainment grade. We have development and scale production capacity for the key components like Flight Controller, Electronic Speed Controller, and rotors. Our completed Unmanned Aerial Vehicle features the maximum flight load 120 kg, payload 50 kg, maximum cruise time 60 minutes, range 20 km, and speed 120 km per hour. It could be operated with a ground radio controller, or flied and positioned by a high precision GPS, able to return to home autonomously. A completed vehicle in entertainment grade would cost about USD 1600 to $32,000, and an industrial graded UAV would cost about $20,000 to $240,000. The applications in UAV or drone cover aerial photography, industry inspection, precision agriculture (like crop scouting, field mapping, farm surveillance, livestock monitoring, herbicide spray, etc.).
Our marketing positioning is custom tailor and integration. We could tailor the flight controllers, electronic speed controllers, motors, ground control station and other components according to your needs and requirements, integrate the application system you developed or other third party hardware and software into the drone, provide open source code for the interface, so that you can deploy the drone technology in your own industry and develop new product with various applications. We expect to cooperate with you to develop the aerial platform for data collection, process, analysis, and management, and its international market, let more applications in various industries armed with flying wings of drone, and reach a win-win situation.
Large Carrying Capacity, Strong and Stable - Highly Portable, with Foldable -Arms - New Power Distribution System - Removable Upper Center Board -Sparkproof Plug - Professional Quality- Wide Range of Shooting Angles -Retractable Landing Gear - Compatible with Zenmuse Gimbals- Reduced Vibrations, Clearer Footage - Greater Power - Innovative Arm Design
China: DJI - Inspire 1
http:www.dji.com MANUAL MODE: Change all of your camera settings, including ISO, White Balance, Exposure, and more on the fly ensuring every shot looks exactly the way you want. LIVE MAP AND RADAR: See precisely where your Inspire 1 is at all times on the live map. The map can be enlarged when needed and shows your most recent flight path.
DYNAMIC HOME POINT:
AUTO-TAKEOFF AND LANDING: .
REMOTE CONTROL CUSTOMIZATION:
China: DJI - Matrice 100
The DJI Matrice 100 is a fully customizable and programmable flight platform that lets you to turn your ideas and dreams into reality. Equipped with DJI’s easy-to-fly technology and optimized for easy programming through the DJI SDK, the Matrice 100 is ready to carry any sensors, devices, or cameras that you want to put into the sky.
Fitted with ultrasonic sensors and visual cameras, DJI Guidance gives your system the ability to sense and detect obstacles in flight. A series of five sensing modules continuously feed data into a central processing board, enabling your platform to use this data in real time and even export environmental data via the DJI SDK.
Denmark: Sky Watch - HUGINN X1
The Huginn X1 multi-purpose drone is extremely easy to use. Designed for defense, law enforcement, and emergency management applications, its rapid deployment provides the operator with a tactical overview within minutes. The Huginn X1 is a perfect tool for reaching inaccessible or high-risk areas and for providing situational tactical overview.
The IT180 is powered by a 46cc two-stroke engine (IT180-5 TH) or by an electric motor (IT180-3 EL). The heat-engine version can carry a top-mounted or underslung payload of up to 5 kg (3 kg for the electric version). The UAV’s symmetrical build combines higher performance with proven reliability, making the IT180 less vulnerable to weather conditions such as wind, rain, etc.
The microdrones md4-1000 aerial vehicle is a miniaturised VTOL aircraft (Vertical Take Off and Landing). It can fly by remote control or automatically using microdrones’ GPS Waypoint navigation software.
The md4-1000 aerial vehicle consists of a carbon fibre body, boasts a flying time of 88 minutes and can carry a payload of 1,200 g. Rain, snow and dust pose no particular problem for our aerial vehicles.
The ultra-lightweight robust and weather–resistant carbon fibre body enables the md4-1000 to reach an operating height of some 1,000 metres.
The Black Eagle system is a robotic observation system for civilian and militarymissions. The objective of the Black Eagle is to provide area and point coverage of remote sites. This is provided using an air vehicle with the ability to vertically take-off and land, with hovering capability, together with a day/night sensor.
The Black Eagle 50 system has been authorized for commercial use in civilian airspace by the Civil Aviation Authority of Israel (CAAI).
Robirds are truly unique remotely controlled robotic birds of prey, with the realistic appearance and weight of their living counterparts. Robirds use flapping wing flight as a means of propulsion, with a flight performance comparable to real birds.
Based on nature itself, the Robird models offer new and exciting possibilities in bird control. By triggering the instinct of birds, through the combination of silhouette and wing movement, chasing birds becomes fully controllable. We make sure that the man on the ground is in control of what happens in the air.
The Altura Zenith sets a precedent for the design of unmanned aircraft systems, by combining state of the art technology with remarkably flat, compact and lightweight design. Starting from scratch enabled the generation of a radically novel idea: developing a multirotor aircraft system that can meet a wide variety of application requirements without compromising on design.
The Altura Zenith, fly tomorrow’s innovation today.
The HAWK MK-V UAV System combines field-proven airframes, with aerospace-quality composite construction, and the latest in microelectronic Flight Control and GPS navigation. This UAV has evolved from several years of field testing, from the proven HORNET MK-V 80 km range system, into a reliable, tactical surveillance system combined with our unique C4I systems to bring MIL-standard reliability to an affordable level. In the surveillance UAV role, the HAWK's refined aerodynamics allow for extended loiter over targets. Pre-programmed 'Smart Flight' routines reduce operator workload and improve aircraft survivability. Compact and mobile - a complete HAWK system can be delivered on-site and is ready for operation in a short time span.
Ideally suited for short range tactical applications from 80-100 km, the HAWK UAV system has proven its multi-mission capabilities and reliability in a series of field trials ranging from experimental electronic payload test-beds, surveillance platforms and aerial targets. Both the GSP-100 and GSP-900 payloads are easily integrated on these airframes.
Flight Performance The aircraft configuration of Avian UAV allows a more stable quality flight throughout the mission, resisting a more turbulent working environment. The low cruising speed of Avian contributing to the better aerial photographs. Reliable Platform vian UAV has been operated since 2008, with more than 1200 flight hours. It is proven in rough terrain and tough environment. High Durability High strength carbon composite airframe and parachute system allows Avian UAV to land on hard surface, decreasing the limitation for searching the launch and recovery site. Advanced Payload Avian UAV is capable to carry the DSLR-like digital camera. High resolution of the aerial photograph can have the GSD up to 5cm, while flying at a higher altitude. Moreover, payload of the Avian UAV is customizable. Case Study Farm Camera : Panasonic FT2 Average Height : 230 m Number of Images : 542 Area : 3.80 km2 Ground Sample Distance : 6.76 cm
Unmanned aerial vehicle Supercam S350 is designed for panoramic and planimetric aerial photography and video shooting and other similar tasks.
Its modular architecture allows for quick and efficient changes of UAV payloads and aircraft equipment variations. Sealed design of the control system module and payload considerably prolongs service life of the costly equipment by UAV regular operation.
Due to high stability and docile handling UAV Supercam can be used in adverse weather conditions.
UAV configuration with a tractor propeller engine perfectly fits its tasks and provides crew’s safety. Additional space inside UAV wings makes it possible to supply the vehicle with a wide range of control and measuring instruments.
Information and measuring equipment and automatic control system provide video shooting and photography with an actual data record (geographic coordinates, altitude, image number, etc.) It significantly facilitates future data processing and ultimately allows you to automate multiple images stitching and determine geographical coordinates of objects.
EFE Unmanned Aerial Vehicle System is developed by Vestel in 2005. After constant improvement cycles the system has reached its 3. version. EFE provides longer endurance and observation times than its competitors. This system is very user friendly with very short assembly and disassembly time.
EFE System and all the sub-units are designed by VESTEL . EFE autopilot have been developed as part of the VESTEL autopilot family and incorporates many features of larger systems.
All structural parts in the aircraft are produced by VESTEL and all sub-components can be replaced without the need for any adjustment.
The Q-4 Drone is designed primarily for flying missions in difficult to reach locations for inspection like building rooftops, pipelines, electrical networks, livestock, boarders, recreational areas, etc. Utilizing cameras and other optical devices the drone is able to provide a variety of different services to customers depending on the need. The System requires a simple ground station for recharging and downloading and the Q-4 drone. User interface is simple, designed to be durable, remote accessible and as simple as operating a home computer. The Q-4 will automatically take off and begin flying its travel route using pre determined points from the planned mission. The drone can be configured with a camera system that can be set up to capture panoramic video at designated points along the way. It could be set to find specific objects to focus in on with a second high definition camera with zoom capabilities. In addition, the drone is able to analyze video and locate motion, send video to security operations, measure distance to objects and their speed, and even signal an alarm or make an audio announcement. The Q-4 is very reliable. In the event of an encounter with an obstacle along the way, the software will adjust and make the necessary corrections in order to resume the mission. Once the mission is complete or the battery levels reach a critical level, the drone will return to the ground station automatically, land, download mission data and system diagnostic feedback to the ground control station and ready for the next mission.
USA: UAV Factory - Penguin C UAS
The Penguin C UAS is a truly breakthrough feat of engineering in terms of performance, reliability and cost efficiency. The aircraft fits under the 55lbs. regulation requirements, it is equipped with a parachute recovery system, state of the art avionics, powerplant and software. The plane is capable of operating from unimproved terrain, day and night, with an incredible 20+ hours of continuous flight. The Penguin C is also Non-ITAR restricted, giving our customers easy access to its amazing capabilities. UAV Factory’s Flight Operations Team has flight tested the Penguin C for thousands of hours, to ensure its reliability and robustness from normal to very hospitable weather conditions. The design is based on a proven Penguin B platform, which has been sold to customers in over 35 countries and has demonstrated a 54.5 hour word record flight in 2012.